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Industry veterans, accomplished researchers, even a former officer in the Italian Navy - the School's newest faculty recruits are a diverse and impressive group of scholars and teachers. They represent a diverse range of expertise, and are an important addition to the School's already impressive roster.
Timothy Deming's research interests include polymer and materials synthesis, with an emphasis on the application of chemical principles, as well as the use of biological precedents and strategies for the design of new materials. He is also focused on new, practical chemical routes for the synthesis of biological and biomimetic materials, which are of interest as they can be prepared from renewable resources, are biocompatible and biodegradable, and often possess excellent physical properties. Prior to joining UCLA, Deming held joint appointments in the Materials and Chemistry Departments at UC Santa Barbara. He received the Materials Research Society Young Investigator Award in 2003.
Emilio Frazzoli's current research interests include algorithmic, computational and geometric approaches to the design and development of decision and control architectures for complex networked and autonomous systems in aerospace and other domains. Application areas include distributed cooperative control of multiple vehicle systems over wireless networks, guidance and control of agile vehicles, high-confidence software engineering for high-performance dynamical systems and verification of hybrid systems. Prior to joining UCLA, Frazzoli was a member of the Aeronautical and Astronautical Engineering Department of the University of Illinois, Urbana-Champaign. Before pursuing his doctorate, Frazzoli served as an officer in the Italian Navy, and was a flight dynamics specialist in the spacecraft control center of Telespazio (Rome, Italy).
Previously, Hoek was an assistant professor of chemical and environmental engineering in the Bourns College of Engineering at UC Riverside. He also worked as an engineer for Merck and Co., Inc. and for Contech Construction Products Inc., and has been a consultant for DCI Environmental Services since 1996.
Sudhakar Pamarti is interested in highly integrated implementations of wireless and wireline communication systems. He focuses on developing, applying, and analyzing techniques from digital signal processing and communication theory to enhance the performance and lower the cost and power consumption of these systems.
Pamarti was a senior
member of the Memory Interface Division technical staff at Rambus Inc.
before joining UCLA. While there, he designed circuits and systems for
multi-Gb/s chip-to-chip I/O interfaces, and developed enabling techniques
for future I/O demands.
Qibing Pei's research interests include synthesis of new electronic polymers, nanostructured solar cells, and electroelastomers with large electrically-induced strain. He applies molecular design and nanoscale engineering to the discovery of new polymers with novel electronic or mechanical property. Before joining UCLA, Pei was a senior research engineer at SRI. Earlier in his career, he was senior chemist at UNIAX Corporation, which later became DuPont Display. He has worked on a variety of electronic polymers and devices including polymer light emitting diodes, polymer light emitting electrochemical cells, electroactive polymer artificial muscles and biologically-inspired robots.
Prior to joining UCLA, Sahai was an assistant professor of computer science at Princeton University. He received an Alfred P. Sloan Foundation Research Fellowship in computer science in 2002.
Tatiana Segura will join UCLA's chemical engineering faculty in 2006. She is currently a postdoctoral fellow at the Swiss Federal Institute of Technology Lausanne in Switzerland. Segura's research
focus is in the area of novel gene delivery strategies for tissue engineering
applications. One area of interest involves the immobilization of DNA
complexes to cell-binding surfaces to enhance gene transfer by reducing
mass transfer limitations while providing greater spatial control over
where gene delivery occurs. -Chris
Sutton |
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